A kind of building photovoltaic shutter window
The present invention relates to photovoltaic and shutter field, specifically a kind of building photovoltaic shutter window.
Building photovoltaic shutter window is a kind of product for integrating building blinds sunshade and photovoltaic power generation, has sunshade
With the dual function of photovoltaic power generation, wherein there are two types of application modes for the photovoltaic shutter tool in photovoltaic shutter window, a kind of to use blinds
Window shape formula can only adjust shutter angle, cannot pack up photovoltaic shutter, and adjusting angle mechanism higher cost, and domestic research and development at present are built
Build photovoltaic shutter window and mostly use shutter form, another kind uses venetian blind form, i.e., adjustable shutter angle, and it is deployable and
Photovoltaic shutter is packed up, and application cost is lower.
Photovoltaic shutter using the less of venetian blind form, once reported by CCTV channel for finance and economics in building photovoltaic shutter window at present
External company, Ukraine has developed a kind of solar shutter of venetian blind form, can either keep the sun off for resident, and energy
Solar energy is made full use of, can also pack up venetian blind in rainy day or cloudy day to meet indoor lighting, but there is also some for the product
Deficiency, if the transmission pressure conducting wire between photovoltaic shutter is exposed on the outside and between two panels photovoltaic shutter, venetian blind form
Different from shutter form, when use, often can pack up and be unfolded, and transmission pressure is in by sunlight irradiation and frequent folding for a long time
Easy aging fractures after curved, causes maintenance cost higher.
Summary of the invention
The technical problem to be solved by the present invention is to overcome the defect of the above-mentioned prior art, a kind of building photovoltaic shutter is provided
Window will be electrically connected after multi-disc photovoltaic shutter parallel connection with photovoltaic controller by setting guiding conductive structure and mobile conductive structure,
It is not necessary that transmission pressure is arranged between photovoltaic shutter, it will not damage, greatly reduce easily after photovoltaic shutter window is used for a long time
Build the maintenance cost of photovoltaic shutter window.
For this purpose, the present invention adopts the following technical scheme that: a kind of building photovoltaic shutter window, including inverted draw cut, setting are in inverted draw cut
Interior driving device, transmission shaft, at least two ropewinders, photovoltaic controller, multi-disc photovoltaic shutter, at least two for promoting light
Lie prostrate that the rope of blinds, at least two ladder ropes for positioning and rotating photovoltaic shutter, two for being oriented to leading for photovoltaic shutter
Rail and bottom beam, the guide rail are equipped with groove, and the both ends of the bottom beam are respectively equipped with guiding axis, and the photovoltaic shutter includes solar energy
Cell piece, the guide rail are equipped with the metal guide rail of insulating materials using insulating materials or surface, and the building photovoltaic shutter window is also
Including being separately positioned on the guiding conductive structure at every photovoltaic shutter both ends and the mobile conduction being separately positioned in each groove
Structure, the guiding conductive structure include insulation guiding parts, threading hole, conducting wire and conduct piece, the insulation guiding parts
One end is fixedly connected on photovoltaic shutter, and the other end is fixedly connected on conduct piece, and the conducting wire passes through threading hole, and being used for will too
Positive energy cell piece is electrically connected with conduct piece, and the mobile conductive structure includes at least two springs and the mobile conduction arranged vertically
Plate, one end of the spring are fixed on the bottom portion of groove of the guide rail, and the other end is fixed on mobile conductive plate, for that will move
Conductive plate and conduct piece are in close contact and conductive, and the photovoltaic controller is led with the movement in the guide rail of photovoltaic shutter two sides respectively
The connection of battery plate electric wire, electric energy for generating every photovoltaic shutter are delivered to battery, inverter or directly by transmission pressure
Further, the mobile conductive structure further includes at least two electromagnet blocks for being fixed on the bottom portion of groove,
The electromagnet block is located between mobile conductive plate and bottom portion of groove, attracts magnetic field pulling mobile conductive for being passed through electric current and generating
Plate contacts mobile conductive plate not with conduct piece to the direction far from conduct piece is mobile.
Further, the building photovoltaic shutter window further includes electric control gear, the electric control gear respectively with driving device,
Electromagnet block electrical connection attracts magnetic field to pull shifting for controlling electromagnet block when controlling driving device and working and being passed through electric current and generate
Moving conductive plate contacts mobile conductive plate not with conduct piece to the direction far from conduct piece is mobile, is also used in control driving device
Controlling electromagnet block when not working and not being passed through electric current is in close contact mobile conductive plate and conduct piece and conductive.
Further, the conduct piece uses hemisphere, and hemispheroidal spherical surface and mobile conductive plate are in close contact.
Further, the driving device is motor or manual manipulation device.
Further, the lower end of the mobile conductive plate is higher than the first pre-determined distance of lower end of guide rail.
The beneficial effects of the present invention are:
(1) it is not necessary that conducting wire is arranged between photovoltaic shutter, conductive structure and mobile conductive structure are oriented to for multi-disc light by setting
It being electrically connected after volt blinds is in parallel with photovoltaic controller, photovoltaic shutter window is packed up for a long time and transmission line of electricity is unfolded and will not fracture, and
Fold thicknesses hardly thicken when photovoltaic shutter is packed up, and will not influence the aesthetics of photovoltaic shutter window；
(2) the mobile conductive plate in mobile conductive structure is contacted with conduct piece by spring, and photovoltaic shutter is rotated or packed up
The frictional force of time shift moving conductive plate and conduct piece is smaller, real under the premise of ensuring that photovoltaic shutter is electrically connected with photovoltaic controller
The flexible operating of photovoltaic shutter window is showed；
(3) electromagnet block is set in the bottom portion of groove of guide rail, attracts magnetic field to make by controlling electromagnet block and being passed through electric current and generate
Mobile conductive plate is separated with conduct piece, so that photovoltaic shutter is not will receive the frictional force of mobile conductive plate when acting, to make photovoltaic
The operation of shutter is more flexible light；
(4) when driving device works, control electromagnet block is passed through electric current attraction magnetic field to make mobile conductive plate and conduct piece point
From photovoltaic shutter acts time shift moving conductive plate automatically far from conduct piece, substantially increases the convenience of photovoltaic shutter window operation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for building photovoltaic shutter window.
Fig. 2 is the structural schematic diagram of photovoltaic shutter both ends electrical connection.
Fig. 3 is the structural schematic diagram for being oriented to conductive structure and mobile conductive structure.
Fig. 4 is the three dimensional structure diagram of insulation guide part and conduct piece.
Fig. 5 is the scheme of installation of mobile conductive plate and guide rail.
Fig. 6 is side structure schematic view of the mobile conductive plate in guide rail groove when first position.
Fig. 7 is side structure schematic view of the mobile conductive plate in guide rail groove when the second position.
Fig. 8 is schematic view of the front view of the mobile conductive plate in guide rail groove when first position.
Fig. 9 is schematic view of the front view of the mobile conductive plate in guide rail groove when the second position.
Figure 10 is the hardware connection diagram of electric control gear.
Figure 11 is the hardware connection diagram of photovoltaic controller.
Description of symbols: 1- inverted draw cut, 2- ropewinder, the mobile conductive structure of 3-, 4- guide rail, 5- photovoltaic shutter, 6- guiding
Conductive structure, 7- ladder rope, 8- rope, 9- bottom beam, 10- guiding axis, 11- photovoltaic controller, 12- transmission shaft, 13- driving dress
It sets, 14- solar battery sheet, 15- conducting wire, 16- threading hole, 17- insulation guide part, 18- conduct piece, the mobile conductive version of 19-,
20- spring, 21- electromagnet block, 22- groove.
The present invention is further described in detail below by specific embodiment and in conjunction with attached drawing.
Referring to Fig. 1 to Figure 11, a kind of building photovoltaic shutter window, including inverted draw cut 1, setting are present embodiments provided in inverted draw cut 1
Interior driving device 13, transmission shaft 12, at least two ropewinders 2, photovoltaic controller 11, multi-disc photovoltaic shutter 5, at least two with
It is used to be oriented to light in rope 8, at least two 7, two, the ladder ropes for being used to position and rotate photovoltaic shutter of promotion photovoltaic shutter
The guide rail 4 and bottom beam 9 of blinds are lied prostrate, the guide rail 4 is equipped with groove 22, and the both ends of the bottom beam 9 are respectively equipped with guiding axis 10, described
Photovoltaic shutter 5 includes solar battery sheet 14.
Specifically, ropewinder 2 uses ropewinder in the prior art comprising steering module and lifting module turn to mould
Light in the prior art can be used for controlling the movement of rope 8, photovoltaic shutter 5 for controlling 7 movement of ladder rope, lifting module in block
Louvre blade is lied prostrate, photovoltaic controller 11 is preferably disposed in inverted draw cut 1.
The guide rail 4 is equipped with the metal guide rail of insulating materials, the building photovoltaic shutter window using insulating materials or surface
It further include the guiding conductive structure 6 for being separately positioned on every photovoltaic shutter both ends and the movement being separately positioned in each groove 22
Conductive structure 3, the guiding conductive structure 6 includes insulation guiding parts 17, threading hole 16, conducting wire 15 and conduct piece 18, described
One end of insulation guiding parts 17 is fixedly connected on photovoltaic shutter 5, and the other end is fixedly connected on conduct piece 18, the conducting wire
15, which pass through threading hole 16(, not will receive sunlight irradiation), for solar battery sheet 14 to be electrically connected with conduct piece 18, the shifting
Moving conductive structure 3 includes at least two springs 20 and the mobile conductive plate 19 arranged vertically, and one end of the spring 20 is fixed on
22 bottom of groove of the guide rail 4, the other end is fixed on mobile conductive plate 19, for that will move conductive plate 19 and conduct piece 18
Be in close contact and it is conductive, i.e. spring 20 is in mild compression, can produce thrust make move conductive plate contacted with conduct piece (Fig. 6 and
The first position of mobile conductive plate in Fig. 8), the photovoltaic controller 11 is led with the movement in the guide rail of photovoltaic shutter two sides respectively
The connection of 19 electric wire of battery plate, electric energy for generating every photovoltaic shutter by transmission pressure be delivered to battery, inverter or
Specifically, steel plate or aluminium sheet can be used in the mobile conductive plate 19, and the insulation guide part 17 uses insulating materials,
Such as high-strength plastic materials and parts, the connection structure of blinds guiding axis in the prior art is can be used in the structure connecting with photovoltaic shutter, i.e.,
Metal material can be used in connection structure in Fig. 4, the conduct piece 18, and the spring 20 is in mild compression state, can make to lead
Electric part 18 is in close contact with mobile conductive plate 19, and make photovoltaic shutter rotation, the resistance that is unfolded or is subject to when packing up it is smaller, separately
Outside, though mobile conductive plate 19 and the long-term abrasion of conduct piece 18 and spring 20 will continue to push it tight with conduct piece when size reduction
Contiguity is touched and is continued conductive.
The guiding conductive structure that the photovoltaic shutter passes through both ends respectively contacts (photovoltaic shutter with corresponding mobile conductive plate
The guiding conductive structure of left end is contacted with the mobile conductive plate in left side, the mobile conductive plate of the guiding conductive structure and right side of right end
Contact), since conduct piece and mobile conductive plate are all conductive, multi-disc photovoltaic shutter passes through the guiding conductive structure at both ends and corresponding
Mobile conductive plate is connect after being connected in parallel with photovoltaic controller electric wire, can be by the electrical energy transportation of generation to photovoltaic controller.
Resistance when for the movement of further photovoltaic shutter makes photovoltaic shutter window operation more light and flexible, it is preferable that institute
Stating mobile conductive structure 3 further includes at least two electromagnet blocks 21 for being fixed on 22 bottom of groove, the electromagnet block 21
Between mobile conductive plate 19 and 22 bottom of groove, magnetic field is attracted to pull mobile conductive plate 19 to remote for being passed through electric current and generating
Direction from conduct piece is mobile to make mobile conductive plate 19 not contact (mobile conductive second in Fig. 7 and Fig. 9 with conduct piece 18
Specifically, the settable corresponding control device of electromagnet block 21 is manually controlled, and may also set up corresponding control
Device carries out automatically controlling, and the attraction that electromagnet 21 generates when being powered should be greater than the thrust of spring generation to make mobile conduction
Plate is mobile to the direction far from conduct piece.
To keep the operation of photovoltaic shutter window more convenient, it is preferable that the building photovoltaic shutter window further includes electric control gear, institute
It states electric control gear to be electrically connected with driving device 13, electromagnet block 21 respectively, for controlling electromagnetism when controlling driving device work
Iron block, which is passed through electric current and generates, attracts magnetic field that mobile conductive plate is pulled to make mobile conductive plate and conduct piece to the direction far from conduct piece
It does not contact and (moves the conductive second position in Fig. 7 and Fig. 9), be also used to control electromagnet block when controlling driving device and not working
Not being passed through electric current is in close contact mobile conductive plate and conduct piece and conductive (first position of mobile conductive plate in Fig. 6 and Fig. 8).
Specifically, electromagnet block and driving device are using same electric control gear progress linkage control, i.e. driving device work
Electromagnet block is powered when making, electromagnet block no power when driving device does not work, and electric control gear includes the first electronic control unit and the
Two electronic control unit, the first electronic control unit are sent to for controlling driving device work, and by the information for controlling driving device work
Second electronic control unit, wherein the first electronic control unit includes control using the electric control gear in existing venetian blind, the work of driving device
Venetian blind up and down and rotation processed, the second electronic control unit are receiving the first automatically controlled list for controlling whether electromagnet block is powered
Control electromagnet block is powered after the information for the driving device work that member is sent, and the control device in existing electromagnet block can be used.
Preferably, the conduct piece 18 uses hemisphere, and hemispheroidal spherical surface and mobile conductive plate 19 are in close contact.
Preferably, the driving device 13 is motor or manual manipulation device.
Preferably, the lower end of the mobile conductive plate 19 is higher than the first pre-determined distance of lower end of guide rail 4, and described first is default
Distance is 1cm~5cm.
Preferably, the lower end of the mobile conductive plate 19 is equipped with insulating materials.
In the present embodiment, the shifting in guiding conductive structure and corresponding rails is respectively set by the both ends in photovoltaic shutter
Electric energy of the moving conductive structure contact to make photovoltaic shutter generate passes through guiding conductive structure, mobile conductive structure and corresponding defeated
Electric lead is delivered in photovoltaic controller, since the mobile conductive plate in mobile conductive structure is connect with spring, by external force
Can be moved when effect, the resistance for being subject to photovoltaic shutter when rotating and moving up and down is smaller, can normal operating, thus ensuring
Being connected in parallel for photovoltaic shutter curtain is realized while building photovoltaic shutter window flexible operating, building photovoltaic shutter window is used for a long time
Shi Wuxu often replaces and repairs conducting wire, substantially increases the endurance quality and performance attractive in appearance of building photovoltaic shutter window.
In order to further increase the operating characteristics of building photovoltaic shutter window, also by guide rail groove bottom in the present embodiment
Electromagnet block is set to control the position of mobile conductive plate, mobile conductive plate is controlled in the operation of photovoltaic shutter curtain far from photovoltaic hundred
Leaf controls mobile conductive plate and photovoltaic shutter when photovoltaic shutter window does not operate to make photovoltaic shutter window operate light and flexible
Electrical energy transportation of two end in contact to generate photovoltaic shutter to photovoltaic controller, combined the operation of photovoltaic shutter curtain with
Power generation further improves the convenience of photovoltaic shutter window operation.
It should be noted that the building photovoltaic shutter window in the present embodiment is applicable to external shading shutter blind or built-in sunshade
Shutter insulating glass unit could be applicable among double glazing set sun-shading louver curtain.
Protection scope of the present invention is not limited to foregoing description, and any other forms under the inspiration of the present invention produce
Product, no matter making any change in shape or structure, the technical schemes that are same or similar to the present invention, in this hair
Within bright protection scope.